scale = int(input('光伏电厂规模(MW)：'))
gti = int(input("GTI(kWh/㎡) = "))
# dip_angle = input("倾角 = ")
efficiency_max = 0.85
efficiency_min = 0.82
attunuation = 1
attenuation_1year_max = 0.03
attenuation_1year_min = 0.02
attenuation_eveyear = 0.0055
gen_capacity_total = 0
hours = 0
list01 = []

hours_1year_max = gti * efficiency_max * (((attunuation - attenuation_1year_max) + attunuation) / 2)
gen_capacity_1year_max = scale * hours_1year_max
attunuation = attunuation - attenuation_1year_min
print(f'首年最大发电量：{gen_capacity_1year_max / 10}万kW')

for i in range(1, 25):
    hours = gti * efficiency_max * (((attunuation - attenuation_eveyear) + attunuation) / 2)
    attunuation = attunuation - attenuation_eveyear
    gen_capacity = scale * hours
    # print(i)
    # print(hours)
    # print(gen_capacity)
    list01.append(gen_capacity)
    gen_capacity_total += gen_capacity
print(f'25年发电量：{(gen_capacity_total + gen_capacity_1year_max) / 10}万kW')
for n in range(24):
    print(f'第{n + 1}年发电量：{list01[n]:>,.2f}')